Stahl M L, Williams F D
Appl Environ Microbiol. 1981 Mar;41(3):801-6. doi: 10.1128/aem.41.3.801-806.1981.
Swarming Proteus spp. were detected with the use of proteometry (a most-probable-number technique) in the fecal material of selected animal species and in raw sewage from a local sewage treatment plant. Proteus spp. were not detected in any of several soil and freshwater samples examined. Since rat feces harbored high numbers of Proteus mirabilis compared with other habitats examined, we chose to examine it for the possibility of supporting swarming. Immunofluorescent studies with a strain-specific conjugate revealed the morphogenesis of short forms into elongated swarm cells upon the surface of sterilized rat feces that had been inoculated with short forms of P. mirabilis. the same phenomenon was not observed consistently when nonsterile rat feces were inoculated and examined with immunofluorescence.
采用概率计数技术(一种最大可能数技术)在选定动物物种的粪便样本以及当地污水处理厂的原污水中检测到了变形杆菌属的群游菌。在所检测的几种土壤和淡水样本中均未检测到变形杆菌属。由于与其他所检测的栖息地相比,大鼠粪便中含有大量奇异变形杆菌,我们选择对其进行研究,以探究其是否支持群游现象。用菌株特异性结合物进行的免疫荧光研究显示,在接种了奇异变形杆菌短杆菌形态的无菌大鼠粪便表面,短杆菌形态会发育成细长的群游细胞。当对接种了非无菌大鼠粪便并进行免疫荧光检测时,并未始终观察到相同现象。